C-1 Cristobalite

C.E.D. Process Minerals Brand

Products:6

C.E.D. Cristobalite is synthesized from high purity quartz using a proprietary solid state, high heat manufacturing process. As such, not all synthetic Cristobalite products are created equal. Some products are partially converted to Cristobalite and therefore contain substantial amounts of quartz and glass. Other products are manufactured using mineralizers that can affect physical and chemical properties. C.E.D. Process Minerals C-1 Cristobalite is fully converted without the use of mineralizers.

View All C-1 Cristobalite Products

C-1 Cristobalite 100 M

Applications:Chemical Manufacturing, Ceramics & Refractory, Chemical & Industrial Manufacturing
Product Families:Inorganics, Technical Salts & Inorganics
Chemical Family:Quartz
End Uses:Electronic Parts, Refractory Materials, Dental Appliances

C-1 Cristobalite 100 M is synthesized from high purity quartz using a solid state, high heat manufacturing process that yields a consistently high conversion and high purity cristobalite. No additives (mineralizers) are used in the manufacture of cristobalite products.

C-1 Cristobalite 200 M

Applications:Chemical Manufacturing, Ceramics & Refractory, Chemical & Industrial Manufacturing
Product Families:Inorganics, Technical Salts & Inorganics
Chemical Family:Quartz
End Uses:Electronic Parts, Refractory Materials, Dental Appliances

C-1 Cristobalite 200 M is synthesized from high purity quartz using a solid state, high heat manufacturing process that yields a consistently high conversion and high purity cristobalite. No additives (mineralizers) are used in the manufacture of cristobalite products.

C-1 Cristobalite 200/88 M

Applications:Chemical Manufacturing, Ceramics & Refractory, Chemical & Industrial Manufacturing
Product Families:Inorganics, Technical Salts & Inorganics
Chemical Family:Quartz
End Uses:Electronic Parts, Refractory Materials, Dental Appliances

C-1 Cristobalite 200/88 M is synthesized from high purity quartz using a solid state, high heat manufacturing process that yields a consistently high conversion and high purity cristobalite. No additives (mineralizers) are used in the manufacture of cristobalite products.

C-1 Cristobalite 325 M

Applications:Chemical Manufacturing, Ceramics & Refractory, Chemical & Industrial Manufacturing
Product Families:Inorganics, Technical Salts & Inorganics
Chemical Family:Quartz
End Uses:Electronic Parts, Refractory Materials, Dental Appliances

C-1 Cristobalite 325 M is synthesized from high purity quartz using a solid state, high heat manufacturing process that yields a consistently high conversion and high purity cristobalite. No additives (mineralizers) are used in the manufacture of cristobalite products.

C-1 Cristobalite 400 M

Applications:Chemical Manufacturing, Ceramics & Refractory, Chemical & Industrial Manufacturing
Product Families:Inorganics, Technical Salts & Inorganics
Chemical Family:Quartz
End Uses:Electronic Parts, Refractory Materials, Dental Appliances

C-1 Cristobalite 400 M is synthesized from high purity quartz using a solid state, high heat manufacturing process that yields a consistently high conversion and high purity cristobalite. No additives (mineralizers) are used in the manufacture of cristobalite products.

C-1 Cristobalite KRS

Applications:Chemical Manufacturing, Ceramics & Refractory, Chemical & Industrial Manufacturing
Product Families:Inorganics, Technical Salts & Inorganics
Chemical Family:Quartz
End Uses:Electronic Parts, Refractory Materials, Dental Appliances

C-1 Cristobalite KRS is synthesized from high purity quartz using a solid state, high heat manufacturing process that yields a consistently high conversion and high purity cristobalite. No additives (mineralizers) are used in the manufacture of cristobalite products.

Knowde Brand Summary

Identification

Chemical Family: Quartz
Technologies: Base Chemicals & Intermediates
Product Families: Technical Salts & Inorganics
Inorganics

Features & Benefits

Labeling Claims: Additive-free,
High Purity

Applications & Uses

Markets: Industrial
Applications: Chemical & Industrial Manufacturing
Ceramics & Refractory,
Chemical Manufacturing
Applicable Processes: Abrasives Manufacturing,
Grinding Application,
Jewelry Making,
Metal Polishing
Base Chemicals End Uses: Dental Appliances,
Electronic Parts,
Refractory Materials